Graphite Shaft Vs Steel Shaft Flex at Madison Tietkens blog

Graphite Shaft Vs Steel Shaft Flex. The faster you swing the golf club (aka more club head speed), the more flex you need vs. A graphite stiff shaft tends to be a bit less stiff than a steel regular golf shaft. Deciding between graphite and steel is one thing, but figuring out the flex of the shaft is another issue. In this section, we’ll explore the key differences. Steel shafts come in regular, stiff, and extra stiff. There are tons of different options for shaft stiffness and it ultimately depends on your swing speed. The graphite shafts are also capable of producing a lot of distance and really high ball flight as well. Graphite shafts are often seen as being better for slow swing speed players, but there is much more here for golfers to know and understand. With the ability to swing the club quickly such an essential ingredient in golf, many clubfitters will recommend a graphite iron shaft over a steel shaft for a golfer whose biggest improvements could come from increased speed. One of the biggest decisions golfers have to make when it comes to golf club specifications is whether to choose a steel or a graphite shaft. For many golfers, choosing between graphite and steel shafts elicits strong opinions. Both options have their own unique characteristics that can greatly affect your game. Slower swing speeds need more flex. Graphite shafts come in senior, ladies, and regular flex. Graphite supporters highlight the lightweight properties, smoother feel, and increased clubhead speed.

Graphite shafts come in senior, ladies, and regular flex. One of the biggest decisions golfers have to make when it comes to golf club specifications is whether to choose a steel or a graphite shaft. Graphite supporters highlight the lightweight properties, smoother feel, and increased clubhead speed. The faster you swing the golf club (aka more club head speed), the more flex you need vs. For many golfers, choosing between graphite and steel shafts elicits strong opinions. There are tons of different options for shaft stiffness and it ultimately depends on your swing speed. Steel shaft devotees point to the material’s responsiveness, consistency, and ability to promote control. Deciding between graphite and steel is one thing, but figuring out the flex of the shaft is another issue. In this section, we’ll explore the key differences. Steel shafts come in regular, stiff, and extra stiff.

Graphite vs. Steel Shafts How to Decide

Graphite Shaft Vs Steel Shaft Flex Graphite supporters highlight the lightweight properties, smoother feel, and increased clubhead speed. Slower swing speeds need more flex. Graphite supporters highlight the lightweight properties, smoother feel, and increased clubhead speed. Steel shaft devotees point to the material’s responsiveness, consistency, and ability to promote control. With the ability to swing the club quickly such an essential ingredient in golf, many clubfitters will recommend a graphite iron shaft over a steel shaft for a golfer whose biggest improvements could come from increased speed. Graphite shafts come in senior, ladies, and regular flex. Deciding between graphite and steel is one thing, but figuring out the flex of the shaft is another issue. One of the biggest decisions golfers have to make when it comes to golf club specifications is whether to choose a steel or a graphite shaft. The faster you swing the golf club (aka more club head speed), the more flex you need vs. The graphite shafts are also capable of producing a lot of distance and really high ball flight as well. A graphite stiff shaft tends to be a bit less stiff than a steel regular golf shaft. Both options have their own unique characteristics that can greatly affect your game. In this section, we’ll explore the key differences. Steel shafts come in regular, stiff, and extra stiff. The steel regular flex shafts are some of the most common that there are on the golf market. There are tons of different options for shaft stiffness and it ultimately depends on your swing speed.